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Chemistry of Artificial Nucleic Acid and Oligonucleotide Therapeutics Based on Natural Nucleic Acids

机译:基于天然核酸的人工核酸和寡核苷酸治疗方法的化学方法

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摘要

Triplex DNA is a powerful tool for the genome researches and genome targeting technologies. However, there is an intrinsic limitation to form the stable triplex DNA at any duplex DNA sequence. Recently, we have developed the artificial nucleoside analogue to recognize the CG base pair that cannot be stabilized by natural nucleic acids. Interestingly, the artificial nucleic acid was designed on the basis of the natural T-CG triplex formation. Consequently, we succeeded in expanding the triplex DNA recognition code and achieved the inhibition of the gene expression by the novel antigene triplex forming oligonucleotides.
机译:Triplex DNA是基因组研究和基因组靶向技术的强大工具。 然而,在任何双相DNA序列中形成稳定的三链DNA的内在局限性限制。 最近,我们开发了人工核苷类似物以识别不能通过天然核酸稳定的CG碱基对。 有趣的是,在基于天然T-CG三链体形成的基础上设计人造核酸。 因此,我们成功地扩展了三醇DNA识别码,并通过新型抗原三重复合物形成寡核苷酸达到了基因表达的抑制。

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